Motor and Pump Protection


  • MPS-469X

  • The MPS-469X Motor Protection Retrofit Kit replaces the GE Multilin 469 relay. It includes the MPS M...More

  • Communications: RS/TIA-485, RS/TIA-485
    DeviceNet

  • Frequency: 50
    60
    ASD

  • Information Not Available

  • PGR-6200

  • Replaced by MPU-32 Motor Protection Unit. The PGR-6200 Motor Protection Relay offers enhanced motor ...More

  • Communications: RS/TIA-232, RS/TIA-232
    DeviceNet, RS/TIA-232
    Ethernet, RS/TIA-232
    RS/TIA-485

  • Frequency: 50
    60
    ASD

  • Information Not Available

  • PGR-6300

  • Replaced by MPS Motor Protection System. The PGR-6300 Motor Protection System monitors voltage, curr...More

  • Communications: RS/TIA-485, RS/TIA-485
    DeviceNet, RS/TIA-485
    Ethernet, RS/TIA-485
    Profibus

  • Frequency: 50
    60
    ASD

  • Information Not Available

  • PGR-6310

  • The PGR-6310 Motor Protection Kit replaces the GE Multilin 469 relay. It includes the PGR-6300 Motor...More

  • Communications: RS/TIA-485, RS/TIA-485
    DeviceNet, RS/TIA-485
    Ethernet, RS/TIA-485
    Profibus

  • Frequency: 50
    60
    ASD

  • Information Not Available

  • PGR-6210

  • The PGR-6210 Motor Protection Retrofit Kit is designed to replace GE Multilin 169, 269, and 369 rela...More

  • Communications: RS/TIA-232, RS/TIA-232
    DeviceNet, RS/TIA-232
    Ethernet, RS/TIA-232
    RS/TIA-485, RSTIA-232

  • Frequency: 50
    60
    ASD

  • Information Not Available

  • PGR-6130

  • Obsolete 03/23/2016. The PGR-6130 Electronic Overload Relay provides protection for small three-phas...More

  • Supply
    Voltage
    VAC:
     24, 120, 240

  • Supply
    Voltage
    VDC:
     24, 240

  • Relay Contacts Config: 1 Form A (N.O.); 1 Form B (N.C.)

  • PGR-6150

  • Obsolete 05/26/2016. The PGR-6150 Motor Protection System provides 13 protective functions by utiliz...More

  • Communications: RS-485

  • Dimensions: 2.2H X 4.2W X 0.9D, 3.3H X 3.1W X 3.9D

  • Frequency: 50
    60

Motors are a significant investment and often run critical processes. Motor protection relays are used to protect the windings from damage due to electrical faults and thermal overloads. Adequate motor protection not only prevents motor damage, but also ensures optimal process efficiency and minimal interruption. Cost recovery when using a motor protection relay is achieved by extending the life of the motor, preventing motor rewinds and reducing downtime.